Sartorius

Monitoring neuronal morphology in long-term in vitro cell cultures is critical for characterisation and evaluation of disease models and to understand neuronal development. Ideally, approaches to track neurite dynamics would allow continuous automated measurements of structural parameters, including neurite length and number of branch points. These methods should be non-perturbing and enable quantification of neurons […]

Monitoring neuronal morphology in long-term in vitro cell cultures is critical for characterisation and evaluation of disease models and to understand neuronal development. Ideally, approaches to track neurite dynamics would allow continuous automated measurements of structural parameters, including neurite length and number of branch points. These methods should be non-perturbing and enable quantification of neurons […]

Sartorius has launched a Surface Plasmon Resonance (SPR) system, designed to offer scientists a high- throughput, low maintenance solution for fast characterisation of a variety of biomolecular interactions.  The company’s Octet SF3 system is the first under the Sartorius Octet brand. Up to now, the Octet brand was synonymous with Bio-Layer Interferometry (BLI), a proprietary […]

This free to listen podcast and DDW exclusive, features Dr Hongshan Li, Applications Manager, Sartorius, discussing advances in cell and protein analysis for virology research. This episode only available to download here, examines virology research – what’s currently happening in the sector and how new advances in technology are helping push forward innovation and drug development. With […]

If you are a biotech scientist interested in reversing or overcoming the state of T-cell exhaustion, this webinar will be of interest. Quantifying T cell exhaustion: An insight into BiTE antibodies and CAR-T cells for improved therapeutics will be hosted by DDW and presented by Sartorius. It will examine T cell exhaustion and how it is […]